neurolib

Easy whole-brain modeling for computational neuroscientists 👩🏿‍🔬💻🧠

[neurolib @neurolib_dev]

The neurolib paper is out! 🎉

"neurolib: A Simulation Framework for Whole-Brain Neural Mass Modeling" by @caglorithm, @jajcayn, and Obermayer. Published in Computational Cognition.

GitHub: https://t.co/RE90ecZlJR
https://t.co/DFVr2lzOF4

[neurolib @neurolib_dev]

Join the virtual neurolib tutorial at the CNS*2022 satellite workshops tomorrow!

Start: 13:30 UTC

Registration is for free. More information:
https://t.co/WjzxaOMgnU

[neurolib @neurolib_dev]

Don't forget to register for a short 1.5 hrs neurolib tutorial at the CNS*2022 satellite workshops!

Date: Monday, 27.06.2022
Time: 13:30 - 15:00 UTC (15:30 - 17:00 CET)

You can find information about the tutorial here: https://t.co/WjzxaOMgnU

[Ankur Sinha @sanjay_ankur]

Registrations for the @INCForg @CNSorg free online satellite tutorials from June 27--July 1 are now open!

Please see https://t.co/AdSDY4DTlL

for more information on the schedule, and the link to the registration form. 1/

[neurolib @neurolib_dev]

There is going to be a neurolib tutorial as well! 🎉

[Ankur Sinha @sanjay_ankur]

The @INCForg @CNSorg Software working group is organising a week of free online satellite tutorials before #CNS2022Melbourne. Please mark your calendars. Schedule to be out soon! #ComputationalNeuroscience #Neuroscience #Tutorials #OpenScience

https://t.co/AdSDY4DTlL

[neurolib @neurolib_dev]

If you have any questions on how to use neurolib, do not hesitate to ask them in our GitHub discussions forum:

https://t.co/lXBxkRbq3s

[neurolib @neurolib_dev]

Simulating brains is easy with #neurolib and #Python.

Get started here: https://t.co/RE90ecZlJR

[neurolib @neurolib_dev]

Thank you for forking neurolib :)

[neurolib @neurolib_dev]

@biorankings @pythoneuro @caglorithm @jajcayn @ThePSF We are open for PRs!

[neurolib @neurolib_dev]

@LeonardoTozzi1 @pythoneuro @caglorithm @jajcayn @ThePSF In short: it's around 20x faster and has evolutionary optimization and model exploration built-in, but has no GUI.

You can have a look at our paper for a more detailed comparison 👇 https://t.co/e3HWsY7bmJ

[neurolib @neurolib_dev]

@RyanMarsNeuro @pythoneuro @caglorithm @jajcayn @ThePSF Most whole-brain models are limited to the cortex but we're currently working on incorporating a thalamocortical and a hippocampal model as well!

[neurolib @neurolib_dev]

@KordingLab @pythoneuro @caglorithm @jajcayn @ThePSF Yes. Depending on the model, it can have many more variables other than the firing rate.

[PythoNeuro @pythoneuro]

neurolib is a simulation and optimization framework for whole-brain modeling. It allows you to implement your own neural mass models which can simulate fMRI BOLD activity.
https://t.co/bUHPiTmMys

@neurolib_dev @caglorithm @jajcayn
@ThePSF #Python #neuroscience #OpenScience

[neurolib @neurolib_dev]

We like to see the list of forks growing 😎

[neurolib @neurolib_dev]

🎉 We are celebrating a new release of neurolib v0.6!

* 🌈 Heterogeneous modeling with MultiModel: combine Thalamus, Cortex, and Hippocampus into one 👀
* ⚡️ Zapping brains with the new Stimulus class: do not try this at home.
* 🛠 Many small fixes

👇
https://t.co/Sh0vUCCSau

[neurolib @neurolib_dev]

Version 0.6 of neurolib with a pretty big upgrade will be released very soon! Here is a small sneak peak and two obscure-sounding words:

Heterogeneous Modeling 🌈

[neurolib @neurolib_dev]

Working on a new stimulus class ⚡ that is going to be 🔥

[Ankur Sinha @sanjay_ankur]

Recordings of the first round of the @incf @CNSorg SoftwareWG #DevSessions for #neurolib @briansimulator @GeNNTeam @NeuroFedora are up! You can see them here on the website: https://t.co/t5aCFu479R

CC: @caglorithm @MarcelStimberg @DrTNowotny @neworderofjamie

[neurolib @neurolib_dev]

Just merged another PR contribution! Thanks to @ValeriiChirkov for speeding up the Kuramoto order parameter calculation by a factor of 100x using @numba_jit!

[NeuroForLunch @NeuroForLunch]

Some awesome software by @caglorithm, @jajcayn, @ChristophMetzn1, and @FabianKamp.

Thanks for keeping the neuro world open source =)

https://t.co/goe9W3umlM

[/r/compmathneuro @compmathneuro]

Neurolib -- whole-brain simulation framework by the BCCN. https://t.co/F1hcDD0ehL